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Pressure Transmitter

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STG04 High-Response Dynamic Pressure Transmitter

Aerodynamics research and testingAerospace applicationsInternal combustion engine systemsHydraulic testing and experimentation
  • Pressure Range:0–1 bar up to 600 bar
  • Accuracy:±0.5%F.S., ±0.2%F.S., ±0.1%F.S., ±0.07%F.S.
  • Media Temperature Range:-40°C to +150°C(Instantaneous temperature resistance up to 2000°C)
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常见问题(FAQ)

Q1: What is the STG04 high-frequency dynamic pressure transmitter?

The STG04 high-frequency dynamic pressure transmitter is a high-performance sensor designed for dynamic pressure measurement. It features high-frequency response and wide bandwidth, enabling accurate capture of transient pressure changes. It is widely used in aerospace, engine combustion, and aerodynamics testing.

Q2: What applications is the STG04 high-frequency dynamic pressure sensor suitable for?

The STG04 is mainly used in aerospace testing, engine combustion pressure analysis, aerodynamics experiments, hydraulic shock testing, and military or research-grade dynamic pressure measurement applications.

Q3: What are the key advantages of the STG04?

Its key advantages include ultra-fast response time, high natural frequency, wide response bandwidth, strong anti-interference capability, and accurate measurement of high-frequency pressure waveforms and transient pressure changes.

Q4: Can the STG04 measure static pressure?

Yes, the STG04 can measure both dynamic and static pressure, allowing stable performance in mixed dynamic and static working conditions.

Q5: What industrial environments is the STG04 suitable for?

It is suitable for aerospace laboratories, engine bench testing, internal combustion engine research, hydraulic shock testing, and high-frequency fluid dynamics research in advanced industrial environments.

Q6: How to select the range of a high-frequency dynamic pressure sensor?

The range should be selected based on pressure fluctuation and maximum transient pressure, ensuring normal operating pressure is within 60%–80% of full scale to guarantee accuracy and response performance.

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